Environmental Clean Technologies Limited · ASX:ECT
Environmental Clean Technologies — CoalTech 2010
26 slides from Environmental Clean Technologies's conference presentation, 2010
Slide 1: Coldry Technology in the Latrobe Valley
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Coldry Technology in the Latrobe Valley Presentation: CoalTech 2010 Ashley Moore, Coldry Business Manager
Slide 2: ECT Overview
COLDRY TECHNOLOGY IN THE LATROBE VALLEY ECT Overview Commercialising and selling disruptive technologies in the energy and resources sector. Focused on delivering significant environmental and commercial outcomes. CURRENT TECHNOLOGY PORTFOLIO Coldry Matmor Unique Coal Drying and Water Recovery Techn
Slide 3: Agenda
COLDRY TECHNOLOGY IN THE LATROBE VALLEY AGENDA The Opportunity Coldry Technology Latrobe Valley Project - VCPL
Slide 4: The Drivers – The Sources of Pain
COLDRY TECHNOLOGY IN THE LATROBE VALLEY The Drivers – The Sources of Pain Rising Demand for Energy Coal chief amongst the available sources FINANCIAL Limited sources of new supply, and PRESSURE Cost of exploitation increasing for hard coals Reserves for Lignites and Sub-Bit coals greater than Hard c
Slide 5: The Opportunity
COLDRY TECHNOLOGY IN THE LATROBE VALLEY The Opportunity to… • Create new sources of exportable Primary energy supply at competitive cost, using abundant sources of Lignite • Mitigate CO2 emissions generated from current technologies • Create a viable gateway to gasification and CTX technologies usin
Slide 6: Introducing part of the solution…
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Introducing part of the solution… COLDRY TECHNOLOGY Coldry Technology Coldry Process Overview Coldry Product Characteristics Coldry Significant Developments Coldry: Unique Coal Drying and Water Recovery Technology Black Coal Equivalent (BCE): Energy Rich Fuel
Slide 7: Coldry Technology: What does it do?
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Coldry Technology What does it do? • Coldry Technology removes water from Lignite and Sub-Bituminous coals • Economically and Sensitive to the Environment • Creates a high energy coal pellet – a Black Coal Equivalent • Overcomes the tendency for spontaneous co
Slide 8: Coldry Technology: How does it do it?
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Coldry Technology How does it do it? • The process stimulates a natural chemical reaction within the coal • The reaction polymerises active sites in the coal compounds, expelling chemically bound water • The polymerisation collapses the coal pore structure, ex
Slide 9: Coldry Chemistry
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Coldry Chemistry Coal Chemical groups Active groups begin are mobilised in the polymerisation reactions shearing process O + H2O Ejecting water, and collapsing the Coal pore structure, also rejecting physically held moisture
Slide 10: Coldry Technology: Other benefits
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Coldry Technology Other benefits • CO2 reduction for existing Lignite power stations using a blend of Coldry pellets and Lignite without major capital expenditure • From 10% blends, up to 30% in some cases • Reducing CO2 emissions by 5% - 15% • Extends life of
Slide 11: Coldry Overview
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Coldry Overview Using waste heat Waste from a power station. Heat Lignite or Pit-head Sub-bituminous Coldry Black Coal Co-Located Coldry Coal Mine Plant Power Plant Consumption Coldry product can be used in local black coal power plants Recovered Water and tra
Slide 12: Coldry Plant Schematic
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Coldry Plant Schematic The Coldry Process High Gains Mechanical Low Temperature Low Pressure Water Recovery options Sensitive to the Environment The Coldry Plant Design Immediately Deployable Flexible Scalable Cost Effective Power Station Integration Synergies
Slide 13: Coldry Process
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Coldry Process Coldry is a simple, mechanical process which generates a Black Coal Equivalent energy pellet. 1. Screening and adding a small quantity of water to the raw coal 2. Initiating an exothermic chemical reaction to expel water through attritioning and
Slide 14: Coldry Integrated Power Plant
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Coldry Integrated Power Plant
Slide 15: Coldry Performance Characteristics
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Coldry Performance Characteristics Proximate Analysis of Coldry produced in Victoria, Australia compared to other Australian coals Lignite Coldry Black Coal Black Coal Feature (VIC) (VIC) (QLD) (NSW) Moisture 59.3% wb 12% adb 15.5% adb 3.3% adb Volatile matter
Slide 16: Coldry: A Gateway Technology
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Coldry: A Gateway Technology Once de-watered, Lignite has a wide range of high value applications beyond the traditional use in thermal power stations. Traditional resource Power Generation utilisation options Power Generation Coldry BCE Gas Products Gasificat
Slide 17: Coldry – Stable and Exportable
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Coldry – Stable and Exportable Coldry “fresh” and “aged” samples Relationship between RIT (relative ignition temperature) and R70 self-heating rate Coldry processing reduces Spontaneous Combustion risk to that of typical black coals – more stable than many reg
Slide 18: Coldry Process Overview
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Coldry Process Overview Unique Process Low Temperature The Coldry Process requires low temperature of around 40°C. This heat is sourced from waste heat via heat exchange from the cooling water of a co-located lignite-fired power station. Low Pressure Coldry ex
Slide 19: Coldry Milestones
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Coldry Milestones Pilot Plant Commercial-scale Design • Established batch production in 2004 • Pilot Plant has informed design of commercial- • Underwent modification in 2007 to achieve scale Coldry modules that underpin commercial continuous production and in
Slide 20: Coldry Significant Developments
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Coldry Significant Developments Project in Victoria, Australia A Coordination Agreement with TinCom, a Vietnamese coal trading company was executed in June 2009 to conduct feasibility and establish a commercial Coldry plant. Coldry production will increase fro
Slide 21: Victoria Coldry Pty Ltd: The Project Structure
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Victoria Coldry Pty Ltd: The Project Structure The Project SPV Coldry BCE production phased from 2 MTPA to 20 MTPA over 10 years. Memorandum of Understanding with Great Energy Alliance Corporation (GEAC) to Power Plant participate in upcoming feasibility study
Slide 22: Victoria Coldry: Status and Timetable
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Victoria Coldry: Status and Timetable Near Term Medium Term – Licence to be issued – Phase 1 operations at 2 mtpa by ~2013 – Detailed agreements on Feasibility – Phase 2 expansion to 5 mtpa Study scope to include components – Phase 3 expansion to 10 mtpa and d
Slide 23: Victoria Coldry: The Outcomes
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Victoria Coldry: The Outcomes • Coldry product produced at sub $US 40 per tonne • Phase 1 export income for Victoria approaching $US 200 million, growing to nearly $US 2 billion when fully expanded
Slide 24: Coldry: Other Global Projects
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Coldry: Other Global Projects GLOBAL COLDRY PROJECTS Poland (PGE Belchatow) • Joint Business Case development MoU signed Jan 2010. • Project will run through 2010 to define the path forward for lignite drying at the largest Lignite Power Station in the world.
Slide 25: Thank You !
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Thank You !
Slide 26: Disclaimer
COLDRY TECHNOLOGY IN THE LATROBE VALLEY Disclaimer Environmental Clean Technologies Limited has taken all reasonable care in compiling and producing the information contained in this presentation. The Company will not be responsible for any loss or damage arising from the use of the information cont